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//=====================================================================================
//Chapter 16 example 13
clc;clear all;
//variable declaration
d = 1; //1 division is equal to 1 cm
M = 0.4; //mark in cm
S = 1.6; //mark in cm
A = 2.15; //amplitude in cm
t = 10; //time-base control setting in us
p = 0.2; //amplitude control setting
//calcculations
R = M/S; //mark to space ratio
T = (M+S)*t; //time for mark and space in divisions
f = 1/T; //pulse in frequency kHz
P = A*p; //magnitude of pule voltage in V
//Result
mprintf("mark-to-space ratio = %3.2f",R);
mprintf("\npulse frequency = %3.2f kHz",f);
mprintf("\nmagnitude of pulse voltage = %3.2f V",P);
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